Personal application consultation and optimum cutting data in FRAISA ToolExpert®
Efficient and precise calculation of cutting data
Versatile application for various machining tasks
Simple operation and time saving
Selection from 11,000 materials
Data export and CAM interfaces
Maximum process reliability
Maximum process reliability thanks to optimum cutting data from the FRAISA ToolExpert®
To ensure a reliable and efficient milling process, we provide the optimum cutting data for each of our tools.
These parameters are precisely matched to the respective material and machining requirements to ensure maximum
tool life and process reliability.
In the FRAISA ToolExpert® cutting data calculator, the ideal speeds, feeds and infeeds for the respective
application can be determined quickly and precisely. This not only extends tool life, but also ensures
consistently high machining quality.
The following two components were milled using our new E-Cut tools. The cutting data for reliable tool use was
determined using our FRAISA ToolExpert cutting data calculator.
E-Cut, normal version
Component
- HPC roughing
- HDC-P roughing
- Helix plunging
- Pre-finishing
- Finishing
E-Cut, short version
Component
- Roughing HPC
- Helix plunging
- Roughing HPC Grooving
- Finishing
Our experienced technical application consultants support our customers at all times in the selection of the right tools and optimum process design. Whether it's about the right cutting strategy, fine-tuning the machining parameters or specific challenges in the milling application - the FRAISA team of experts provides targeted assistance so that the full potential of the tools can be exploited.
With the E-Cut milling program, you can rely on maximum efficiency, quality and dimensional accuracy - supported by optimum cutting data for maximum process reliability and expert application advice.
Our other E-Cut products
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E-Cut - normal length design for minimal burr formation and first-class surface qualities
E-Cut - short length design for high tool stability thanks to short cutting edge